Wing Loading Calculator

Enter the total weight and wing area to get the wing loading.

How to use

  1. Enter your values in the fields above.
  2. Press Calculate to see your result instantly.
  3. Use the Share button to copy a link to your result.

About this calculator

Wing loading is a core figure in aircraft and drone design, calculated simply as total weight ÷ wing area. It measures how much lift each unit of wing surface has to generate to keep the aircraft airborne, and it drives a chain of downstream handling characteristics.

A low wing loading means large wings relative to weight — the aircraft can fly and land slowly, stalls at low speed, and turns tightly, but gets tossed around more by turbulence and gusts (typical of gliders and trainers). A high wing loading means small wings for the weight carried — faster stall and landing speeds and less agility, but a smoother, more stable ride at speed (typical of fighter jets and high-speed racers). Designers of both full-scale aircraft and model/drone airframes use this ratio to predict how a design will actually fly before it's built.

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